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A156119
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Primes formed by rearranging five consecutive decimal digits (avoiding leading 0).
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3
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10243, 12043, 20143, 20341, 20431, 23041, 24103, 25463, 25643, 30241, 32401, 36457, 40123, 40213, 40231, 41023, 41203, 42013, 43201, 45263, 45673, 45763, 46523, 46573, 47563, 47653, 54367, 54623, 54673, 56437, 56473, 56897, 57689, 58679, 58967, 65423
(list; graph; refs; listen; history; internal format)
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OFFSET
| 1,1
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COMMENTS
| No primes can be formed from {1,2,3,4,5} or {4,5,6,7,8} since they are divisible by three.
Sequence is finite, ending with a(52)=96857.
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LINKS
| Nathaniel Johnston, Table of n, a(n) for n = 1..52 (full sequence)
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MAPLE
| A156119:={}: for s from 0 to 5 do l:=combinat[permute]([$(s..(s+4))]): for k from 1 to 120 do if(k>=25 or s>=1)then n:=add(10^(5-j)*l[k][j], j=1..5): if(isprime(n))then A156119 := A156119 union {n}: fi: fi: od: od: op(A156119); # Nathaniel Johnston, Jun 23 2011
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CROSSREFS
| Cf. A177119.
Sequence in context: A183743 A031987 A074671 * A109176 A157735 A187311
Adjacent sequences: A156116 A156117 A156118 * A156120 A156121 A156122
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KEYWORD
| nonn,base,easy,fini
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AUTHOR
| Ki Punches (ki(AT)kispy.net), Feb 14 2009
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EXTENSIONS
| Edited and extended by Ray Chandler (rayjchandler(AT)sbcglobal.net), Feb 16 2009
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